Micro pin-fin heat sink, characterized by low thermal resistance, compact structure and
uniform temperature distribution along the flow direction, is effective and valuable for thermal …

Laminar forced convection flow of nanofluids in a wide rectangular micro-channel has been
numerically studied. The present study investigated the flow and heat transfer characteristics …

The tendency of increasing power rating and shrinking size of power electronics systems
requires advanced thermal management technology. Introduction of micro-channel heat sink …

A novel integral micro-channel heat sink was developed, featuring an array of sub-millimeter
channels fabricated directly in the back-metallization layer of the direct bond copper or …

Steady-state modeling and optimization of a refrigeration system for high heat flux removal,
such as electronics cooling, is studied. The refrigeration cycle proposed consists of multiple …

This article numerically investigates the thermal and hydraulic performance of shear-
thinning nanofluids when used as heat-conducting fluids in a microchannel heat sink device …

High-power electronic systems often require temperature uniformity for optimal performance.
While many advanced cooling systems, such as micro-channels, result in significant heat …

In this paper, based on the Li-Peterson pumping consumption-thermal resistance
optimization model, a single-phase structure-optimized large-scale microchannel heat sink …

A cooling structure etched into a direct bonded cop-per substrate is examined for new wide
band gap silicon carbide devices. Simulations are carried out for an initial setup to test the …

The peculiar characteristics of modern silicon detectors for High Energy Physics
experiments make their effective thermal management challenging. Although the electronics …